Integrative imaging data sciences

The amount of image data, algorithms and visualization solutions is growing vastly. This results in the urgent demand for integration across multiple modalities and scales in space and time.

We develop and provide HI solutions that can handle the very heterogeneous image data from the research areas of the Helmholtz Association without imposing restrictions on the respective image modalities. To lay the groundwork for the implementation of HI solutions, our team at MDC will focus on the following research topics:

Develop concepts and algorithms for handling and generic processing of high-dimensional datasets.
Develop algorithms for large, high-dimensional image data stitching, fusion and visualization

Our “Integrative Imaging Data Science” Group specializes on new concepts, mathematical approaches and representations for large scale image data. Our work includes the development of algorithms, computational resources and visualization solutions across scales in space, time and modalities. We bundle expertise in:

concepts and algorithms for handling, generic processing and representation of high-dimensional datasets
image analysis and visualization across scales
frameworks for large data management, image analysis and data abstraction

Other Researches

Projects

Helmholtz Imaging Projects are granted to cross-disciplinary research teams that identify innovative research topics at the intersection of imaging and information & data science, initiate cross-cutting research collaborations, and thus underpin the growth of the Helmholtz Imaging network. These annual calls are based on the general concept for Helmholtz Imaging and are in line with the future topics of the Initiative and Networking Fund (INF).

Image Analysis & Benchmarking

Helmholtz Imaging captures the world of science. Discover unique data sets, ready-to-use software tools, and top-level research papers.

The platform’s output originates from our research groups as well as from projects funded by us, theses supervised by us and collaborations initiated through us. Altogether, this showcases the whole diversity of Helmholtz Imaging.

Model-based inverse design

At the beginning of the imaging pipeline is the data acquisition, which measures the change of an emitted signal when interacting with sample. This change can be measured physically on the one hand and modeled mathematically on the other. For a known sample, the response of the physical system can be determined from the model. Far more often, however, one would like to infer the nature of the sample from the measured response. To do this, the mathematical model must be inverted. These so-called inverse problems are at the heart of almost every imaging technique.

Develop concepts and algorithms for handling and generic processing of high-dimensional datasets
Develop algorithms for large, high-dimensional image data stitching, fusion and visualization

Publications

Helmholtz Imaging captures the world of science. Discover unique data sets, ready-to-use software tools, and top-level research papers. The platform’s output originates from our research groups as well as from projects funded by us, theses supervised by us and collaborations initiated through us. Altogether, this showcases the whole diversity of Helmholtz Imaging.